A) increases with decreasing value of n
B) increases with decreasing value of \[\beta \]
C) increases with increasing value of \[n\sin \beta \]
D) increases with increasing value of\[\frac{1}{n\sin 2\beta }\]
Correct Answer: C
Solution :
Resolving power of microscope, \[R.P.=\frac{2n\sin \theta }{\lambda }\] \[\lambda =\] Wavelength of light used to illuminate the object n = Refractive index of the medium between object and objective \[\theta =\] Angle
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